
KEY PROJECT INFORMATION

INVESTMENT
$71,867.00

PAYBACKÂ
47 Months

M / SAVINGS
$1,108.83

SYSTEM SIZE
73.7kW

GENERATION
100 MWh
YEARLY COST BEFORE SOLAR
YEARLY COST AFTER SOLAR
All Glass Recycling
All Glass Recycling, originally G&S Recycling, has been a pivotal figure in recycling since 1980. Evolving from a family-owned glass bottle recycling business, the company, now under Steve Marsden’s leadership, serves the industrial and commercial window glass industries. Specialising in recycling clear clean float, toughened glass, laminated, and mirrored glass, All Glass Recycling is committed to eco-friendly practices.
The Challenge
Driven by a commitment to sustainability and cost-effectiveness, All Glass Recycling sought to harness solar power for its operations. Partnering with Cyanergy, a leading solar solutions provider, the company aimed to implement a solar panel system at its Dandenong facility in Victoria.
Implementation Process
Cyanergy, renowned for sustainable energy solutions, seamlessly installed a cutting-edge solar panel system at All Glass Recycling’s Dandenong facility. The combination of JA Solar Panels and a Sungrow Inverter was tailored to meet energy needs efficiently, ensuring a reasonable payback period.
Results
Witness the transformation and benefits of All Glass Recycling’s solar initiative:Â
Financial Gains: Achieve substantial savings with an investment recovery within 47 months.
Monthly Savings: Benefit from average monthly savings of $1,108.83.
Negative Yearly Bill: Experience a remarkable yearly bill reduction to -$106.00.
Environmentally Responsible: Reduce your carbon footprint with 100 MWh of clean energy annually.
Environmental ImpactÂ
Discover how All Glass Recycling’s solar initiative aligns with environmental responsibility, positively impacting both the bottom line and the planet. The 73.7 kW solar system significantly reduces the company’s carbon footprint, strengthening our commitment to sustainable business practices.
Conclusion
Explore the success story of All Glass Recycling’s solar journey with Cyanergy. This case study exemplifies the potential for solar solutions to drive financial savings and environmental responsibility in the manufacturing sector. Embrace sustainable practices, boost your bottom line, and contribute to a greener future.
For more details on Cyanergy’s solar solutions, visit cyanergy.com.au.


Contact us today to learn more about how commercial solar can work for your business
Recent Projects

All Glass Recycling | Commercial Solar Installation
Are you interested in how All Glass Recycling, a leading player in the recycling industry, achieved significant cost savings and environmental sustainability through solar energy? Read on to discover how Cyanergy’s solar panel solution transformed All Glass Recycling’s operations.

Residential Case-studies
Residential The owner partnered with us with a primary goal of reducing their power bill of more or less $850 a quarter and ever-recurring maintenance costs. Immediately, Cyanergy’s assessment offered

Froliq Early Learning | 26.4kW Solar Installation
Kew Golf Club, one of Victoria’s premier golfing destinations, was looking for a cost-effective solar energy solution to reduce its rising electricity costs and lower its carbon footprint

Commercial Joinery Company
KEY PROJECT INFORMATION CASE STUDY Commercial Joinery Company Dandenong, VIC Download Case Study INVESTMENT $75,000.00 PAYBACK PERIOD 6 Years MONTHLY SAVINGS $1017.67 SYSTEM SIZE: 99.82 kW GENERATION 127.75 MWh YEARLY

Sixt Car Rental | Commercial Solar Installation
Sixt Car Rental reached out to Cyanergy to explore options for reducing energy costs and enhancing sustainability.

The Bean Cartel | Commercial Solar Installation
The Bean Cartel, a renowned coffee roasting company based in Notting Hill, Victoria, made a strategic investment in solar energy to enhance sustainability efforts and reduce operational costs. With the assistance of Cyanergy, The Bean Cartel successfully installed a solar array comprising 41 JASolar panels on the roof of their warehouse.